Syed Hammad Javaid

⋄ Led the design and development of embedded firmware for power electronics, including BLDC motor control, Li-ion battery management systems, and chargers, delivering high-performance and reliable solutions
for power tools.
⋄ Defined and translated customer and stakeholder requirements into actionable software specifications; ensured clear, traceable documentation throughout the project life-cycle.
⋄ Managed full-cycle project execution — from planning to delivery — tracking milestones, mitigating risks, and ensuring timely completion of deliverables.
⋄ Applied advanced motor control techniques (sensored and sensor-less trapezoidal) and embedded system design expertise to enhance perform ance and product stability.
⋄ Architect and implemented embedded systems using C/C++ across 8-bit, 16-bit, and 32-bit micro-controllers, focusing on ARM Cortex-M platforms for scalable and efficient designs.
⋄ Designed real-time closed-loop control systems for BLDC motors, optimizing responsiveness, accuracy, and energy efficiency.
⋄ Ensured robust operation in real-time embedded environments by applying expertise in interrupt handling, cooperative multitasking, and RTOS concepts, including scheduling and race condition avoidance.
⋄ Collaborated cross-functionally with hardware, mechanical, QA, and product management teams to align engineering solutions with product goals and manufacturing constraints.
⋄ Acted as a technical liaison with overseas contract manufacturers, delivering hands-on engineering support and quality assurance for production-level electronic assemblies.
⋄ Mentored junior engineers and promoted best practices in embedded software, version control (Git), testing, and Agile/Waterfall workflows.

⋄ Embedded systems, UML, C programming, ARM Cortex-M, AVR, firmware development, SPI, CAN, Ethernet, PCIe, USB, Altium Designer, PCB design, testing, requirements analysis, technical documentation.

• Contributed to a 5-month project in the Primary & Secondary Power Engineering Department focused on Flight Module Testing of Heater Control Elements.
• Supported various technical activities for the Grace Follow-on project, enhancing project efficiency.
• Assisted in the validation and testing of Flight Modules, ensuring compliance with project specifications.
• Provided comprehensive technical support and reporting, facilitating effective communication among team members.
• Engaged in a 7-month project in the Secondary Power Engineering Department, designing a high-power transformer using planar technology for the ESA CoReH2o Satellite mission.
• Developed innovative solutions that contributed to the projects success, showcasing strong analytical and engineering skills.